With emerging new applications such as PHEV and soon EV, the requirements on Lithium Ion Battery Systems have increased by an order of magnitude.

Quantum-Simulation Based materials design:

With our patented unique approach we accelerate by a factor of 5X the classical design approach for the complex chemistries and element combinations required by the new advanced Lithium Ion battery electrodes. This saves time and money for our customers.

3rd Generation Cathode Materials:

NanoeXa’s team is applying a combination of in-house developed technologies, including our Quantum Simulation Software, as well as licensed technologies from Argonne National Laboratories to design high-performance 3rd generation NCM cathode materials suitable for the requirements of the new applications such as PHEV and EV.

Material Synthesis Process Development

NanoeXa's engineering team has designed cost-effective processes suitable for scale-up of the 3rd generation NCM class of the two-phase Lithium transition metal oxide (Layer-to-Layer) composite cathode materials to commercial volume manufacturing.

Manufacturing of 3rd Generation Cathode Materials

With years of optimization behind us and the solid manufacturing experience of our manufacturing partner, the 3rd generation NCM cathode material is now in volume ramp-up with several versions available to meet the requirements of different applications ranging from PHEVs and EVs to Wireless Devices and Notebook Computer battery packs.